Page namespace (page_namespace) | 2 |
Page title (without namespace) (page_title) | '3Dscannerp' |
Full page title (page_prefixedtitle) | 'User:3Dscannerp' |
Old content model (old_content_model) | '' |
New content model (new_content_model) | 'wikitext' |
Old page wikitext, before the edit (old_wikitext) | '' |
New page wikitext, after the edit (new_wikitext) | 'Substantial workpieces have large dimensions and weights, and a variety of non-standard parts have difficult structures. The traditional measurement methods represented because of the ruler, marking machine and CMM have many difficulties. First, the inspection technique of traditional measurement methods is actually time-consuming and laborious. And the larger the size belonging to the workpiece, the larger the particular accumulated deviation. Secondly, this detection parameters of common measurement methods are confined, and it is difficult to measure parts just like curved surfaces, shielding floors, and corners. And the standard inspection tools will be broken down after long-term use, which often directly affects the inspection results. Finally, although a number of the traditional measurement equipment can certainly achieve high three-dimensional correctness, the detection of the large workpiece isn't just too high cost as well as poor convenience. In recent years, handheld three-dimensional laser scanner as a high-precision, fast, portable, real-time graphic, non-contact digital measurement apparatus, has become more even more manufacturing enterprises to break from the traditional, to achieve the upgrade of preference. For the production in addition to manufacturing of large workpieces, the 3D laser scanner has the next functions. 1. It can easily obtain comprehensive and fine inspection data to view whether the machining allowance of every position of the illuminating is sufficient. 2. Its acquisition of workpiece data allows it for getting key dimensions such because outer diameter, all problem dimensions, and small ditch indexing circle. The collected data is used to judge whether the deviation is in the tolerance range or not really, and can also be used for that reverse design of the matching workpiece attached to the workpiece. 3. It may fully collect data within the high precision range for dimensional measurement, output inspection reports, save data, and better contact with shoppers. The 3D scanning solution has the examples below features. 1. Simple plus efficient, saving time in addition to effort. The 3D laser protection has the function with automatic positioning of targeted points, which means that high-precision [https://www.3d-zg.com/products.html 3D scanner] data may be collected without pasting marker points or setting tools within the workpiece surface. At duration, it has a higher measurement rate, which can obtain the actual structure information collected simply by traditional measurement methods in a short while, greatly improving the perform efficiency. 2. Wireless partnering and free upgrade. The wireless modules of the scanning system are matched with the sphere scanner and tracker respectively and used in pairs, free from your constraints of traditional facts cables. When scanning this sort of large workpieces, it has the outstanding features of flexibility, freedom, and portability, which will help customers complete A MODEL IN 3D scanning and modeling quicker.' |